During my PhD, I worked on the effect of wiring constraints on the topological features of the human brain's structural connectivity, the connectome, along with the effect of these structural features on the brain's functional connectivity. Previously, I participated in the development of a StdpC, a freely available experimentation software for electrophysiologists to interact with (record and stimulate) neural populations, for example, to introduce simulated synapses between neurons. Before that, I was an undergraduate researcher at theBudapest Complex Systems and Computational Neuroscience Group where I studied the error correction capabilities of the enthorinal-hippocampal grid cell - place cell system of the rat against path-integration artefacts, using simulated neural network models in a virtual navigation environment.